TOUR COMPRESSION LONG SOCKS W
Size and fit
Optimal compression for mountain athletes
Functional merino socks with graduated compression function for long alpine tours
- Effective, graduated compression
- Perfect fit
What if your legs didn’t get tired on a long climb? It’s every mountaineer’s dream! That’s exactly why the TOUR COMPRESSION LONG SOCKS for women are going to be your new favorites.
Their compression function complies with the European CEN standard and provides Class 1 compression (mild pressure, 15–21mmHg). The compression effect is higher in the ankle area than at the calf, helping the veins to carry low-oxygen, high-lactate blood back to the heart to be replaced by fresh blood. Thus, supply to the muscles is improved and premature fatigue prevented.
Even the fit of the TOUR COMPRESSION LONG SOCKS for women scores top marks: The ergonomic right/left fit ensures the socks sit exactly where they should, while their flat construction prevents creasing and pressure. Elastic cuffs and a stabilizing zone at the ankles stops the socks slipping. In addition, the toe seam is kept flat to prevent blisters, and padding in the heel and toe areas ensures they are comfortably cushioned. And a 360-degree webbing system on the foot makes these socks especially breathable.
Merino wool really comes into its own in socks, naturally regulating moisture and temperature while neutralizing unpleasant odors. And the TOUR COMPRESSION LONG SOCKS for women are comfortable and feel just as at home on demanding ski tours as on local and high alpine tours – whenever there’s no time for tiredness.
Area of usage
- 360° webbing system for improved breathability.
- Cushioned heel and toe area. Cushioning and reinforcement ensure robustness.
- Flat body construction Crease and pressure-free fit.
- Flat toe seam prevents chafing and blisters.
MAIN MATERIAL: 61% polyamide + 37% virgin wool (merino) + 2% elastane
Our sustainable MERINO WOOL comes from monitored, ethical sheep farms. It is comfortably soft, easy to care for, and provides an optimum body climate thanks to its moisture- and temperature-regulating properties.